Ultrasonic nanotechnology represents a groundbreaking advancement in the management
of Staphylococcus aureus skin infections, addressing the significant limitations of …

The mechanism of action of any antibacterial agent or disinfectant depends largely on their
interaction with the bacterial membrane. Herein, we use the SPICA (surface property fitting …

Hospital environmental surfaces are potential reservoirs for transmitting hospital-associated
pathogens. This study aimed to profile microbiomes and antibiotic resistance genes (ARGs) …

Environmental conditions in hospitals facilitate the growth and spread of pathogenic bacteria
on surfaces such as floors, bed rails, air ventilation units, and mobile elements. These …

Since the clock of antimicrobial resistance was set, modern medicine has shed light on a
new cornerstone in technology to overcome the worldwide dread of the post-antimicrobial …

The ever-rising numbers of multidrug resistant, MDR bacteria in healthcare facilities globally
has correspondingly led to a rapid escalation in the use of disinfectants, antiseptics or …

The development, testing, and implementation of antimicrobial agents necessitates the
determination of their toxicological characteristics. The objective of our research was to …

The use of disinfectants is a crucial aspect of preventive and health improvement measures
for infectious diseases in farm and domestic animals. Regulatory documents require the …

The incidence of hospital and community acquired infections has globally increased
worldwide. The concentration of the disinfectants is important to give its higher efficacy …

A comprehensive evaluation was carried out aiming to address water quality issues in
Villaverde, Nueva Vizcaya. The research focused on designing and appraising a Biochar …